Smar M5 Pressure Transmitter price 600 euros

Smar M5 Pressure Transmitter

The Smar M5 pressure transmitter is a highly specialized device designed to measure and monitor pressure in a wide range of industrial applications. This instrument, known for its reliability and accuracy, is an excellent choice for those looking for a high-quality used transmitter.

1. Product Description

The Smar M5 pressure transmitter is designed to handle pressures between -14.7 PSI and 3600 PSI. It is a robust and precise machine, suitable for various industrial environments. Smar, renowned for its high quality measuring instruments, has developed this model to offer excellent performance even in extreme working conditions.

2. Materials and Components

• Body: The Smar M5 transmitter is made of materials resistant to corrosion and high temperatures, such as stainless steel or special alloys, depending on the model specifications.
• Sensor: Includes a high-precision pressure sensor that converts applied pressure into an electrical signal.
• Measuring Diaphragm: The diaphragm, in direct contact with the fluid, is made of resistant materials such as silicone or metal depending on the type of fluid and pressure range.

3. Dimensions and Weight

The exact dimensions may vary, but generally the Smar M5 transmitter has a compact form factor, designed to accommodate different mounting configurations. Weight may vary depending on materials and specifications, but is designed to be light enough not to adversely affect installation.

4. Mechanical Characteristics

• Pressure Range: -14.7 PSI (vacuum) to 3600 PSI (high pressure), covering a wide range of applications.
• Accuracy: High precision in pressure measurement, with minimal errors, thanks to advanced sensor technology.
• Thermal Stability: Designed to operate over a wide temperature range, ensuring stable performance even under variable conditions.

5. Usage Procedure

1. Installation: Mount the Smar M5 transmitter in a stable position, ensuring that the measuring diaphragm is correctly connected to the pressure measurement point.
2. Electrical Connection: Connect the power and signal cables according to the specifications in the manual. Verify that connections are secure.
3. Configuration: Configure the transmitter using the control panel or software, setting the measurement range and other necessary parameters.
4. Calibration: Perform an initial calibration to ensure the transmitter provides accurate readings. This may include comparison with a calibrated pressure gauge.

6. Matching accessories

• Pressure Calibrators: To verify and calibrate the transmitter.
• Filters: To protect the sensor from contaminating particles.
• Gaskets: To ensure leak-free installation.
• Configuration Software: For advanced management and more detailed calibration.

7. Mathematical formulas

• Pressure Calculation: The measured pressure can be calculated using the transmitter output signal and calibration value.
• Relative Error: Relative Error=Measured Value−Actual ValueActual Value×100%\text{Relative Error} = \frac{\text{Measured Value} - \text{Actual Value}}{\text{Actual Value}} \times 100 \% $\text{Relative Error}$ $=$ Actual Value Measured − Actual Value ​× $100\%$
• Measurement Range: Make sure the transmitter is configured to operate within the specified range to avoid overloads.

8. Materials He Can Work with

The Smar M5 transmitter is designed to work with a wide range of fluids, including:

• Corrosive Liquids: With appropriate seals and coatings.
• Gas: Under conditions of high pressure and variable temperatures.
• Adhesive Fluids: If equipped with appropriate membranes and materials to prevent clogging.

9. Maintenance

• Periodic Check: Perform periodic checks to verify calibration and functionality.
• Cleaning: Keep the diaphragm and connections clean to avoid reading errors.
• Component Replacement: Replace any worn or damaged components, such as gaskets and filters.

10. Verification of Good Used

• Visual Condition: Check for signs of wear, damage or corrosion.
• Calibration: Check that the transmitter is still well calibrated and has not undergone modifications.
• Operational Tests: Test the transmitter under operational conditions to ensure it functions properly.

11. Sectors of Use

• Chemical and Petrochemical Industry: For monitoring high pressure processes.
• Industrial Automation: In applications where it is necessary to measure and control pressure.
• Energy and Utilities: For monitoring plants and machinery.

12. Advantages of Buying Used

• Reduced Cost: Purchasing a used transmitter like the Smar M5 can be significantly less expensive than buying new.
• Reliability: If well maintained, a used transmitter can offer performance equal to a new one, with significant economic savings.
• Availability: Buying used can reduce waiting times compared to manufacturing a new device.

In summary, the Smar M5 pressure transmitter is a versatile and accurate device, suitable for a wide range of industrial applications. Smar, with its long history of innovation and quality, offers a tool that, even used, can guarantee reliable and long-lasting performance. If you need further information or assistance, I'm here to help!